A low-power, wireless, real-time, wearable healthcare system

Lin, Zhihong; Ye, Feng; Qin, Wenhui; Cao, Xiaofei; Wang, Yanchao; Hu, Rongtao; Rui-jie, Yan; Qin, Yajie; Yi, Tao; Hong, Zhiliang

doi:10.1109/ieee-iws.2016.7912155

Cited by 6 publications

(2 citation statements)

References 4 publications

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“…The system is designed with low power consumption and flexible configuration, capable of monitoring ECG signals wirelessly at real-time. Experimental results show that the proposed system is portable for people to monitor health [18].…”

Section: Fudan Universitymentioning

confidence: 98%

An Overview of Post-COVID-19 Patient’s Health Monitoring Systems

Satapathy¹,

Gokhale²,

Syed³

et al. 2021

IJMTST

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COVID-19 is a global pandemic infecting human life. There are many patients who have recovered from this deadly virus and need to be monitored constantly even when they are at home. IoT plays a vital role in health systems that help to monitor patient’s health conditions. These healthcare frameworks consist of smart sensors to keep a track of patient’s vitals on a real-time basis. These systems will help bridge gaps between the patients and doctors during the pandemic situation. In order to make our system competitive against the already existing devices, we prepared a comprehensive review where we extensively studied other products and compared them to find what's best for the patients.

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Section: Fudan Universitymentioning

confidence: 98%

An Overview of Post-COVID-19 Patient’s Health Monitoring Systems

Satapathy¹,

Gokhale²,

Syed³

et al. 2021

IJMTST

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show abstract

“…Finally, data information acquired (particularly if it consists of several measures) can benefit from applying data compression techniques before sending the information through the wireless link. There are a variety of options available for wearable devices to connect to the gateway device ranging from custom ASIC design [66] with ultra-low power consumption specifications to a fully conformed IP stack employing a WiFi-compatible chip which would provide the TCP/IP protocol, thus enabling the device to directly contact the higher-level communication services (DDBB, API Rest Endpoints). This huge range of options has a trade-off which mostly involves electrical power consumption and circuit design as well as development time and difficulty.…”

Section: The Wireless Communicationmentioning

confidence: 99%

From Bioimpedance to Volume Estimation: A Model for Edema Calculus in Human Legs

et al. 2023

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Heart failure (HF) is a severe disease and one of the most important causes of death in our society nowadays. A significant percentage of patients hospitalized for decompensation of heart failure are readmitted after some weeks or months due to an expected bad and uncontrolled HF evolution due to the lack of the patient supervision in real time. Herein is presented a straightforward electric model useful for volume leg section calculus based on the bioimpedance test as a way to assist with the acute HF patient’s supervision. The method has been developed for time-evolution edema evaluation in patients’ corresponding legs. The data are picked up with a wearable device specifically developed for acute heart failure patients. As an initial step, a calibration method is proposed to extract the extracellular volume component from bioimpedance measurements done in healthy subjects, and then applied to unhealthy ones. The intra- and extracellular resistance components are calculated from fitted Cole–Cole model parameters derived from BI spectroscopy measurements. Results obtained in a pilot assay, with healthy subjects and heart failure subjects, show sensitivities in leg volume [mL/Ω], with much lower values for healthy than in unhealthy people, being an excellent biomarker to discriminate between both. Finally, circadian cycle evolution for leg volume has been measured from the bioimpedance test as an extension of the work, enabling an alternative parameter for the characterization of one day of human activity for any person.

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Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

Pandey,

Kundu

2023

Healthcare Research and Related Technologies

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A low-power, wireless, real-time, wearable healthcare system

Cited by 6 publications

References 4 publications

An Overview of Post-COVID-19 Patient’s Health Monitoring Systems

An Overview of Post-COVID-19 Patient’s Health Monitoring Systems

From Bioimpedance to Volume Estimation: A Model for Edema Calculus in Human Legs

Dual-Band Compact Antenna Development in WiMAX and Wi-Fi Bands for Healthcare Service Wireless Connectivity

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